def test_cql_filter_add_no_additional_no_geometrytype_filter():
gs = GeoServer(GS_URL)
inputs = ('Point', 'shape', False)
cql_filter = gs.construct_cql_for_geometrytype(*inputs)
additional_inputs = (cql_filter, None)
print 'Test geometrytype cql filter supression with no additional filter'
tools.assert_is_none(gs.add_additional_filter(*additional_inputs))
def test_wfs_get_feature_preflight_no_wfs():
gs = GeoServer(GS_URL)
inputs = (GS_WORKSPACE_NO_WFS, GS_LYRNAME_NO_WFS)
print 'Test preflight wfs with no wfs enabled'
data = gs.do_preflight_wfs(*inputs)
tools.assert_in('wfs_available', data)
tools.assert_false(data['wfs_available'])
def test_wfs_get_feature_preflight():
gs = GeoServer(GS_URL)
inputs = (GS_WORKSPACE, GS_LYRNAME)
print 'Test preflight wfs'
data = gs.do_preflight_wfs(*inputs)
tools.assert_in('wfs_available', data)
tools.assert_in('features_present', data)
tools.assert_in('geometry_name', data)
def test_cql_filter_add_additional_no_geometrytype_filter():
gs = GeoServer(GS_URL)
inputs = ('Point', 'shape', False)
cql_filter = gs.construct_cql_for_geometrytype(*inputs)
additional_inputs = (cql_filter, 'the_meaning=42')
print 'Test geometrytype cql filter supression with additional filter'
expect = "(the_meaning=42)"
tools.assert_equals(gs.add_additional_filter(*additional_inputs), expect)
def test_cql_filter_add_additional():
gs = GeoServer(GS_URL)
inputs = ('Point', 'shape')
cql_filter = gs.construct_cql_for_geometrytype(*inputs)
additional_inputs = (cql_filter, 'the_meaning=42')
expect = "(((geometryType(shape)='Point')OR(geometryType(shape)='MultiPoint')))AND(the_meaning=42)"
print 'Test CQL geometrytype filter construct and add additional'
tools.assert_equals(gs.add_additional_filter(*additional_inputs), expect)
def test_get_map_gs_linestring():
out_filename = 'test_img/get_map_gs_linestring.png'
gs = GeoServer(GS_URL)
inputs = (GS_LYRNAME, 'LineString', GS_LYRGEOMNAME, GS_LYRBBOX_POLYGON,
GS_LYRSRS)
img = gs.get_map(*inputs)
print 'Test GetMap with previously checked location (linestring feature)'
tools.assert_is_instance(img, PngImageFile)
img.save(out_filename, 'PNG')
def test_get_map_gs_point():
out_filename = 'test_img/get_map_gs_point.png'
gs = GeoServer(GS_URL)
inputs = (GS_LYRNAME, 'Point', GS_LYRGEOMNAME, GS_LYRBBOX_POINT, GS_LYRSRS)
img = gs.get_map(*inputs)
print 'Test GetMap with previously checked location (point feature)'
tools.assert_is_instance(img, PngImageFile)
tools.assert_is_not_none(img.getbbox())
img.save(out_filename, 'PNG')
def test_get_feature_point():
gs = GeoServer(GS_URL)
inputs = (GS_LYRNAME, 'Point')
print 'Test GetFeature on %s for sample Point/MultiPoint' % GS_LYRNAME
feature = gs.get_feature(*inputs)
if feature != None:
tools.assert_is_instance(feature, dict)
tools.assert_in('id', feature)
tools.assert_in('geometry', feature)
tools.assert_in(feature['geometry']['type'], ['Point', 'MultiPoint'])
def test_get_feature_linestring():
gs = GeoServer(GS_URL)
inputs = (GS_LYRNAME, 'LineString')
print 'Test GetFeature on %s for sample LineString/MultiLineString' % GS_LYRNAME
feature = gs.get_feature(*inputs)
if feature != None:
tools.assert_is_instance(feature, dict)
tools.assert_in('id', feature)
tools.assert_in('geometry', feature)
tools.assert_in(feature['geometry']['type'],
['LineString', 'MultiLineString'])
def test_wfs_get_feature_preflight_no_layer():
gs = GeoServer(GS_URL)
inputs = ('black', 'black:magic')
print 'Test preflight wfs with false layername'
data = gs.do_preflight_wfs(*inputs)
def test_service_url_no_workspace():
gs = GeoServer(GS_URL)
inputs = None
expect = '%s/ows' % GS_URL
print 'Test service url with NO workspace'
tools.assert_equals(gs.service_url(inputs), expect)
def test_service_url():
gs = GeoServer(GS_URL)
inputs = 'rumpelstiltskin'
expect = '%s/rumpelstiltskin/ows' % GS_URL
print 'Test service url with workspace'
tools.assert_equals(gs.service_url(inputs), expect)
def test_split_layername_no_workspace():
gs = GeoServer(GS_URL)
inputs = 'abracadabra'
expect = (None, 'abracadabra')
print 'Test split layername with no workspace'
tools.assert_equals(gs.split_layername(inputs), expect)
def test_cql_filter_construct_geometrytype_polygon_wrong_spelling():
gs = GeoServer(GS_URL)
inputs = ('polygon', 'shape')
print 'Test CQL geometrytype filter construct for "polygon" not "Polygon"'
gs.construct_cql_for_geometrytype(*inputs)
def test_cql_filter_construct_geometrytype_unknown_type():
gs = GeoServer(GS_URL)
inputs = ('LinearRing', 'shape')
print 'Test CQL geometrytype filter construct for unknown type ("LinearRing")'
gs.construct_cql_for_geometrytype(*inputs)
def test_split_layername():
gs = GeoServer(GS_URL)
inputs = 'black:magic'
expect = ('black', 'magic')
print 'Test split layername'
tools.assert_equals(gs.split_layername(inputs), expect)
def test_cql_filter_construct_geometrytype_point():
gs = GeoServer(GS_URL)
inputs = ('Point', 'shape')
expect = "((geometryType(shape)='Point')OR(geometryType(shape)='MultiPoint'))"
print 'Test CQL geometrytype filter construct for point (check spelling!)'
tools.assert_equals(gs.construct_cql_for_geometrytype(*inputs), expect)
def test_geometrytype_cql_filter_construct_supression():
gs = GeoServer(GS_URL)
inputs = ('MultiPolygon', 'shape', False)
print 'Test CQL geometrytype filter construct supression'
tools.assert_is_none(gs.construct_cql_for_geometrytype(*inputs))